They can be a pain at first, but once it clicks, you'll be like Neo seeing the code in the Matrix for the first time!

Glad you finally got it! The axis cube can be a beast to get the hang of, but it's worth it when it finally clicks!

​@@daniellee560can you make a tutorial for the stickerless version

@@tirubachiniechetty51 I don't currently own a stickerless version, but I'm sure you would solve it the same way unless the colors were different.

@@tirubachiniechetty51 you solve it the same way

​@@tirubachiniechetty51search for "ghost cube" solving

So glad to hear it!

Glad to hear it helped you out; I appreciate the kind words!

Glad I’m not the only one

Yeah. The algorithms for 3x3 don’t seem to work right. Not sure why.

So glad to hear you figured it out; that's why I do these videos - for people like you! Thanks for watching, and keep solving!

Thank you; I appreciate that!

The yellow cross can be difficult; sometimes you just need to do the edge swap algorithm a couple of times until you see one of the situations that I show in the video. After you get the hang of what to look for, it gets easier.

That's great to hear; thanks!

Same!!!

Good job; keep it up!

This cube can be frustrating for sure. This is just the method I use; I'm sure there are other methods out there, but you're right, the last layer takes a little trial and error sometimes, but it always works for me.

@@daniellee560 It did work for me also. I had to do the algorithms more times, but once you get the cross in the last layer it’s pretty easy to finish.

Glad to hear it!

Glad you figured it out!

Thank you; I'm glad I can help!

Can you make a tutorial of 5x5

Ty

Glad to hear it!

You can use the same method to do 1, 2, 3, or all 4 corners. Just orient a corner, moves the next one into place and orient it, then the next, then the next. It will all work out in the end as long as you do the moves correctly.

You're very welcome!

You're welcome!

I actually do have a ghost cube but have never learned to solve it. I will get to it eventually but it seems pretty involved so it might be a while before I have that much time to devote to it.

@@daniellee560 I will wait you will explain better and make it easier.

You're welcome; thanks for watching!

Glad to hear it!

If you mean making the cross, some of it is just trial and error. The method I show here works for me every time, but 8f you're having trouble, maybe check out another video and see if there is another method that makes sense. I've found that there are usually many ways to solve a cube!

For this cube, I don't think you can do that; you'll need to start with the centers and build everything around them.

I have no idea what side is what. You could make five or six videos 10 minutes long each breaking this down. Doing the d r d’ r’ algorithm means nothing if it don’t know d or t are

Do you focus on the trapozoid😊

Sorry if it was unclear; I compared it to a 3x3 at the beginning and showed how the different axis move compared to each other. Keep trying and you'll get it.

You probably need to kick that piece out by inserting another piece into its place, then reinsert the yellow/orange piece correctly.

@@daniellee560 how do you kick out a center? It isnt an edge.

@@Jacknoham you can't with a center; you'll have to start over and rebuild that side.

@@daniellee560 ok

What if your edge is in the right place but it is swapped?

Try doing an edge switch algorithm, then look again and see if you get what I had in the video. There are lots of different situations that are possible.

It sounds like that would be the "L" shape, where two are correct, and two are incorrect. I have that situation at 19:45 in the video.

Thank you I learned it.@@daniellee560

Try doing the edge switch algorithm, then see if you are able to get what I had in the video. That yellow cross can be tricky sometimes.

I've never solved one of those. Maybe since there are no colors, you only need to do the algorithm randomly until you get the cross pieces lined up smoothly. Then, I would think you'd do each corner piece until they line up smoothly with the rest. Let me know if that works out or not.

@@daniellee560 As far as I've been able to find out, if this happens you just need to start over from a different center because you can't exactly slot a new one in

@@Brass319 that may be the case. I've never solved one like that, so I couldn't say for sure.

R', D', R, D until the corner is oriented should fix it. I explain this toward the end of the video.

I always orient the centers at the beginning when I am solving the cross. That way, you don't have to worry about them being rotated.

@@daniellee560 ok I figured it out thanks

Never mind it worked thx

Thx this is the only vid that helped out of all of the axis vids

It could be that yours is different; I'm not sure. Try to pause the video at some point and make sure yours is like mine; if it is, this method always works for me so it should for you as well. Good luck!

It sounds like you just need to do the corner orientation on the two that are flipped. R', D', R, D until the first one gets fixed, then fix the second one the same way.

Yvw!

Stay with it and follow to steps closely and you'll get it.

Yeah, I'll try to remember to do that in the future.

U', L', U, L, U, F, U', F'

@@daniellee560 Thanks.

The last layer can be tricky; you have to be very careful with the rotations and algorithms. Don't give up; you'll get it!

@@daniellee560 thank's I do everything in the video but none of theese tutorials work, don't worry I'm not gonna give up

You may want to check out my 3x3 tutorial and watch the last step which is orienting the yellow corners. It's the same process on the axis cube; maybe it can help you see the step a little more clearly.

@@daniellee560 I have gan and I practice the turns on it but when I replicate it to the cube it doesn’t but I’ll try

Keep practicing and you'll be able to solve it in just a few minutes. Glad you didn't give up!

@@daniellee560 if only i wasn’t that stubborn that twisted piece would have stopped me from solving

I always orient my centers at the beginning. You can try an edge swap on the face with the rotated center, then redo that last layer. If that doesn't work, you may need to start over.

May the Lord help you, my friend.

your poor brain

I made it to 17:33 I am too scared to touch it, don't want to lose all the progress.

now I solved it. finally got it back in the box

I can get all the way to 19:54 on my own

I know this cube can be really confusing; remember, the centers are the small, square pieces that have two colors. Everything rotates around those. The single color triangle pieces and the tri-colored pyramid pieces are the corners. Everything else is an edge. Pick a center, and try to orient yourself to the edges and corners surrounding it. A corner never rotates while touching a center, so a rotation would be turning a side 90 degrees until the next edge lines up with the center you are looking at. Once you get used to this, it's like seeing the code in the Matrix; even with the cube mixed up, you'll be able to tell how to rotate the edges around a center. If all else fails, order a second cube and really get used to it before mixing it up; that may help you solve the first cube more easily.

Well said.

Sometimes you just have to try one or the other, depending on your scramble. Also, as I mentioned, sometimes you need to do an algorithm more than once in order to see the result you want.

I solve it every time using this method and I talked about the different situations that can happen and what to do in each. I don't know how that means I lied in the video. Maybe if you were more specific we might could figure out what the issue is.

Bro you gotta work on your cube knowledge lol they are algorithms for a reason, they work every time. The third layer might take a couple of times using the algorithms to get it right but saying that the algorithms don't work makes you look dumb. You don't need to mess the cube back up, you just need to do it right. The only part his setup that was lucky was the middle pieces not being rotated. You can solve the cube without having the middle rotated the right way, just like a normal cube but its flat so you don't realize they rotate on the same face. Once you get to the end and all that is left is to rotate the middle pieces, use (R U R' U) 5 times and it will rotate it 180 degrees.

@@park_sapp ​​You know what makes a mindful tutorial? You're gonna cover up all the cases. Period. He was just going along with what's going on and that's the problem. You don't even know which part I'm talking about and you dumb brain chimed in too fast to bark sh•t. 🙄🙄🙄 I commented 3 months ago after I had learnt how to solve it. That 5 times at the end you said, you think everybody got stuck at that easiest part? And really Parker? Just perform the algorithm at 18:17 multiple times and you're gonna receive that blue & red piece in a correct place at 18:35??????? 🤣🤣🤣🤣🤣🤣🤣🤣🤣🤣🤣🤣🤣 🤣🤣🤣 What if all 4 edges haven't got flipped correctly yet? That algorithm at 18:17 is used to swap the edges to the correct positions, so the edges flush with the center piece. He got lucky cos 1 or 2 of the edges has been flipped correctly already, that's why we have the case shown at 18:35. If none of the edges have been flipped correctly, you perform the algorithm at 18:17 til the rest of your life and nothing will happen. You Parker a.k.a the dumb brain better shut your mouth. You work your mouth faster than your brain that's why you make a fool out of you. And well yeah, guess you have knowledge of algorithms from a brain of a 5 year-old. 😂🤣 And for your stupid brain, "the lucky middle piece" does not exist hahahahaha. Because all the algorithms used to solve the last layer of the Axis work to rotate the edges or swap the edges but they keep the middle piece THE SAME PLACE. Learn to spell "algorithm" before being delusional enough to apply it. 🥹🥹🥹 I refuse to exchange further words with a low IQ sh•t like you. Stop bothering me with your big mouth but limited knowledge. Literally no one's impressed. 😂😂😂 F•ck off mate. 👌🏻🏁

@@PiCyclone is that why it took you 3 months to learn how to solve a variant version of a 3x3? He made this tutorial assuming that whoever was watching had started with the first cube you should learn to solve lmao if you know how to solve a 3x3 the tutorial is just a guide to help you adjust to looking at the cube on an axis instead of a flat face. It is, down to the core, the exact same cube as a standard 3x3.. for how smart you seem to think you are, I’d assume that an R U R’ U would be common sense to rotate a center into the right spot.. this cube took 10 minutes to learn how to solve and there’s no reason for you to be going at creators throats because your dumb•ss couldn’t figure out how to solve a Rubik’s cube

@@daniellee560sorry dude, ive tried your tutorial 5 times scrambling up the cube each time on purpose because i wasnt as lucky as you in the vid. its definetly an unconsistent technique. i like this video because it includes algorithms im really familiar with, but still not the most optimal way to solve the cube

In the video I point out how each side does have 9 pieces; they're just on a different axis, hence the name.

Don't forget to pee on the ashes!

@@daniellee560 yoo thankk youuu

Sorry to hear that; this method works for me every time.

Idk why but my red and yellow edge was flipped and I couldn’t flip it back no matter what I did :(

It's a tough cube, for sure.

I'm so glad to hear that the video helped you; thanks for watching!

Glad to hear it; thank you!